A medical examination device featuring a slit lamp with dual eyepieces and a monitor displaying an eye image, set on a sleek, modern stand labeled ZEISS.
Product

ZEISS SL Imaging Solution Seamless image and data capture for slit lamps

The intuitive SL Imaging Solution from ZEISS takes your everyday slit lamp exams to the next level by adding the integration of high-quality image and video capture to exam reports, offering you the ability to document cases, to include in patient education, teaching, or publishing. This all-round imaging solution features a modular concept, giving you the option to add slit lamp imaging seamlessly into your workflow on a preferential basis.

  • HD image and video capture
  • Workflow-optimized design
  • Digital documentation
  • Custom capabilities
A high-resolution medical monitor displaying detailed images of an eye, featuring an intuitive user interface with various control options on the left side.

High-definition image and video capture

The smooth integration of camera and slit lamp allows to capture images and videos with clarity, magnifying tiny details. With a frame rate of up to 40 fps, broadcasting in real time without the worry of latency or lag is now possible with LiveView, enabling true-to-life color imaging — convenient tool for education or teaching.

Technical details:

  • Camera with up to 4k resolution (4320 x 3240 pixels)
  • True-to-life color: capture as seen through the slit lamp
  • LiveView without latency: broadcast a live image on screen at up to 40 fps

High-definition image and video capture

Capture the details at up to 4k

Close-up image of a human eye showcasing intricate details of the iris and pupil.

Traumatic coloboma of the iris and cataract as sequelae of penetrating injury

Close-up image of a human eye showcasing intricate details of the iris and pupil.

Traumatic coloboma of the iris and cataract as sequelae of penetrating injury

An abstract close-up image featuring blurred colors and shapes

Faint corneal scars at high magnification after Lasik therapy

An abstract close-up image featuring blurred colors and shapes

Faint corneal scars at high magnification after Lasik therapy

An image showing a detailed view through an ophthalmic device, highlighting the curvature of a lens and surrounding structures.

Cortical cataract

An image showing a detailed view through an ophthalmic device, highlighting the curvature of a lens and surrounding structures.

Cortical cataract

A close-up view of the inner surface of the eye showcasing the texture and coloration visible through a diagnostic lens

Posterior capsule opacification

A close-up view of the inner surface of the eye showcasing the texture and coloration visible through a diagnostic lens

Posterior capsule opacification

Close-up image of a textured surface displaying varying shades of blue and brown, with a distinct central spot

Small irisnevus with scattered nevus cells around

Close-up image of a textured surface displaying varying shades of blue and brown, with a distinct central spot

Small iris nevus with scattered nevus cells around

Close-up view of a translucent surface illuminated by blue light, revealing intricate details of a small, translucent specimen.

Epithelial ridge after corneal injury with fluorescein dye and blue light

Close-up view of a translucent surface illuminated by blue light, revealing intricate details of a small, translucent specimen.

Epithelial ridge after corneal injury with fluorescein dye and blue light

Close-up image of an illuminated human eye showcasing intricate patterns in the iris.

Transillumination of the iris in albinism and pseudophakia

Close-up image of an illuminated human eye showcasing intricate patterns in the iris.

Transillumination of the iris in albinism and pseudophakia

Microscopic view of the retina showing detailed blood vessels and the optic nerve head

Deep excavation of optic nerve head in advanced glaucoma

Microscopic view of the retina showing detailed blood vessels and the optic nerve head

Deep excavation of optic nerve head in advanced glaucoma

A close-up image of a hand adjusting the control knob on a ZEISS Meditec medical device.

Workflow-optimized design

The workflow-optimized software and hardware design1 of the SL Imaging Solution allows for both the actual exam and documentation to take place in parallel. With no need to take extra effort for creating images and videos, you can fully focus on your patients.

  • Capture live exam images with the simple click of a joystick trigger or button1
  • Capture images while simultaneously recording a video
  • Compare recordings with the Flicker feature and add a second screen and let others watch the examination

Workflow-optimized design

Key benefits of the SL Imaging Solution:

  • Automatic eye detection1: Automatically detects the eye position laterally.
  • Live parameter1: Monitor the magnification level and defined camera parameters
  • Camera profiles: Select a predefined settings profile, such as for slit images, or define your own individual profiles
  • Quick edit: Edit and adjust camera settings, including white-balance, in live-mode and edit stored images and videos
  • Instant preview: Review image quality immediately after capture
  • Dark theme: In combination with the illumination of the panel PC, working in an dark environment is convenient
Screenshot of a ZEISS Meditec software interface showing patient data and images related to eye examinations on a computer monitor.
Capture screen
Review screen
Review screen

  • 1

    In combination with ZEISS SL 800 Slit lamp

A healthcare professional is sitting at a desk, focused on a large computer monitor displaying a detailed image of the eye anatomy.

Digital documentation

One-click data export makes it convenient to add reports, images and videos to the digital patient record, streamlining your daily workflow. Share records with patients and publications, with students for education or with the ophthalmologic community for academics or to facilitate second opinions. Other benefits include:

  • Individual report layouts
  • Auto-fill reports with images, including a direct comment function
  • Export images to FORUM and DICOM systems
  • JPG and MP4 export to hard drive
ZEISS Slit Lamp Solutions

Custom capabilities

Complete your setup with optional components like the SL Workstation (Panel PC with pre-installed software) and widefield illumination available from ZEISS for a comfortable practice integration.

First impressions

  • Watch Dr. Ike Ahmed share his experience with ZEISS SL 800 and SL Imaging Solution

  • Specifications of the ZEISS SL Imaging Solution

Downloads



Specifications

ZEISS SL Imaging Solution
SL cam compact
Sensor size

1/1.8“ (4368x3284px)

Camera resolution

2k (2160 x 1620 px) with approx. 40 fps (optimum)

4k (4320 x 3240 px) with approx. 20 fps (high)

Interface
USB 3.0
SL Imaging-Software - Technical hardware requirements
Hard disc

Min. 2TB

RAM
Min. 16 GB
Interface
Min. 1 x USB 3.0 (for SL cam compact),
Min. 1 x USB 2.0 or higher (SL 800 only)
Monitor resolution

Min. 1920 x 1080 pixels

Operating system

Windows 10/11 (x 64)*

Data export formats
JPEG (image), MP4 (video), PDF (report), DICOM (data transfer into FORUM/PMS)
SL Workstation – Includes: Table, 22” Touch Screen Monitor, PC mouse, PC keyboard
Dimensions (W x H x D)
546 mm x 351 mm x 66 mm
Weight
Approx. 8 kg
Monitor resolution

Min. 1920x1080 pixels

Processor

Intel® CoreTM i7 Quad Core Processor

Hard disc
2TB HDD
RAM
16 GB
Interfaces
4x USB 3.0, 2x Isolated Gigabit Ethernet Port, 2x RS-232, 1x HDMI and DisplayPort, Audio (Mic-in/Line-out)
Available Optional Components
10x eyepiece with crosshairs

*For compatibility with other operating systems please contact your service contact.

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  • 1

    In combination with ZEISS SL 800 slit lamp